Actually they are very embarrassed by this new Iranian technology never heard before outside of science fiction, hacking a drone. So that is why you see strange explanation, like drone was low on fuel and then it landed safely on an Iranian air field. The whole point of having a drone is for it to be destroyed without minimal loss. Even if such a mission is a manned one, the pilot would make sure that the aircraft is destroyed completely and not fall into enemy hands specially if its such a secret plane. It is a folly and pure idiocy to think that mission planners for this super secret drone had programmed it to land on an air field inside Iran if it runs out of fuel.
And to think
YOU had the gall to declare you can teach me something about engineering.
Between the pilot and the aircraft, where is the weakest link? None, really.
Between the
REMOTE pilot and aircraft, where is the weakest link? The communication link that replaced the pilot's hands and feet and eyes in the cockpit. So if such a weak link does exist, what would be a 'default' position should that link be lost?
- Continue on current heading.
- Enter an orbit.
- Self destruct.
Options 1 and 2 allow the possibility of reestablishing contact and control. Option 3 remains valid for extreme situations where there would be little or no time to attempt to establish control. None is the wrong answer and none is the right answer. This is about creating an alternative to a potential adverse situation.
So if either options 1 or 2 is selected, then it becomes the question of how long should we wait before we determine that a reconnect is no longer feasible? One minute or one hour? What about fuel? What if we reestablish contact and control right at the moment the drone run out of fuel? What good is that? Do we land the drone? Or let it run out of fuel and crash on its own? Or do we program it to deliberately crash after X failed attempts at reconnect? Remember, we are no longer in contact and control of the drone to give it instructions. Why is it absurd to program it to land? Can we program it to discriminate between 'hostile' and 'friendly' locations? Yes, but then we would run into the usual problem of hardware limitations that affect computer programming.
Here is my source...
Lost UAV likely malfunctioned, analysts say - Air Force News | News from Afghanistan & Iraq - Air Force Times
The RQ-4 Global Hawk has a similar built-in automatic feature to find and land at a divert airfield if the link is lost.
We can safely assume that the same feature is in the RQ-170. But whether or not the drone actually landed is still speculation and I have no problems saying so. Unlike you who made many definitive declarations with nothing more than ignorance and baseless hopes to back you up.
Here is the problem for you...
If the drone crashed then Iran has nothing to show for all the hot air spewed so far. If the drone successfully landed then it proved that my speculations about its operations are correct. While no one has any faith on the 'virus' speculation.
What I speculated about the drone's programming is certainly more logical and plausible than the idea that somehow Iran managed to crack a triple-DES encrypted two-way airborne data link. The problem for
YOU is that the burden of proof is far greater for your speculation and so far, Iran failed to support you.